"ARTELA"

Search result of

Artela Network is a layer 1 blockchain that introduces advanced tools to support the creation of fully on-chain AI Agents by natively supporting LLMs (Large Language Models) on the blockchain. With Aspect Programming and EVM++, Artela enables scalable, autonomous AI interactions in a trustless Web3 environment.

Discover ARTELA token, driving Artela Network's blockchain infrastructure. Learn about its innovative design, tokenomics, AI potential, and dApp governance.

The article provides a detailed introduction to the Artela public blockchain, a Layer 1 blockchain network designed to break through the scalability and expansibility limitations of the Ethereum Virtual Machine (EVM) with its EVM++ solution. By incorporating Aspect programming and WebAssembly (WASM) technology, Artela offers developers a platform to create modular, feature-rich, scalable, and customizable applications within an EVM-compatible environment. It utilizes parallel execution and flexible block space to enhance network performance and scalability, while Aspects improve security and automation capabilities. Artela has raised over $6 million in seed funding and is supported by several prominent investment institutions.

At its core, the concept of parallel EVM revolves around optimizing the execution process of transaction states, with the ambitious goal of achieving a staggering 10,000 transactions per second (TPS). The underlying technology behind this impressive feat lies in the realm of specialized databases, developer friendliness, delayed consensus execution, and superscalar pipeline techniques, all working in harmony to enable parallel processing of large-scale transactions. This approach shares fundamental similarities with Artela's concept of elastic computing and asynchronous I/O operations.

EVM+ offers a novel solution that facilitates the development of large-scale applications and accelerates the integration of cryptocurrencies with mainstream applications by seamlessly integrating EVM assets, protocols, and infrastructure. In Vitalik’s vision for Ethereum, the layer addressing non-scalability needs clearly plays a crucial role. Artela meets the demand for 'custom functionalities' in blockchain networks by adding 'native extensions' on top of the foundational layer.

This article delves into the application of parallel EVM technology in the cryptocurrency space, focusing on how Artela's EVM++ technology provides a more efficient operational environment for dApps. It also explores the role of parallel EVM in enhancing the runtime security of DeFi and its applications in Real World Assets (RWA). Additionally, it examines the development of emerging applications like on-chain gaming and AI co-processors under the EVM++ framework.

Artela is an L1 solution that enhances the scalability and efficiency of the EVM by introducing EVM++. EVM++ upgrades the execution layer technology of EVM, integrating the flexibility of EVM with the high-performance features of WASM. It supports not only traditional smart contracts but also allows dynamic addition and execution of high-performance modules on-chain. Through its parallel execution design, Artela ensures that the computational capacity of network nodes can flexibly expand according to demand, ultimately achieving elastic block space. This allows large-scale dApps to request independent block space according to specific needs, meeting the requirements for expanding public block space while ensuring performance and stability for large applications

This article explains the concept of the Hooks programming model, which allows developers to insert custom code into the execution path of the system, application or library through predefined functions or code blocks, improving the scalability and customizability of the program. Uniswap V4 introduces Hooks, through which functions such as dynamic fees, on-chain price limit orders, and time-weighted average market makers can be implemented, enhancing the functions of DApp and the network effect of Uniswap.

This article explains the mainstream architectures of DEX, their main risks, design issues of Bancor, and the specific implementation and security explorations of ArtexSwap. It focuses on how ArtexSwap improves security and efficiency through Artela EVM++ and Aspect technology.

This article explores Parallel EVM technology, and its applications and potential in blockchain. It has attracted attention and investment from leading venture capital firms. Parallel EVM supports more complex and efficient blockchain applications through comprehensive performance optimization, achieving differentiation in the open-source ecosystem while balancing decentralization and high-performance needs. The article analyzes the technical challenges of Parallel EVM, such as data consistency, state access efficiency, and transaction conflict detection, and introduces unique solutions from projects like MegaETH and Artela.

This article details the operation of EVM as the core of Ethereum, and explores the innovations made by high-performance Layer1 blockchains in terms of parallel execution and virtual machine selection. In the future, more Layer 1s will implement EVM parallel upgrades or EVM compatible solutions to promote the diverse development of the blockchain ecosystem.

This article delves into the security challenges faced by the current market, exploring the security risks accompanying the rapid growth of Web3 users. By analyzing security solutions proposed by companies like Goplus, we further understand how to support the widespread application of Web3 from aspects of compliance and security.

This article organizes 22 non-AI crypto projects that lay out AI Agent frameworks, covering various sectors such as gaming, public chains, payments, DeFi, and DePIN. These projects primarily accelerate the construction and development of the AI Agent ecosystem through technical frameworks and the implementation of use cases.

This article introduces several EVM-compatible blockchain projects expected to issue tokens in the second half of the year, including Monad, Aleo, Berachain, and others. These projects have total funding amounts ranging from tens of millions to several hundred million dollars, covering high-performance blockchains, privacy public chains, Layer 2 solutions, and more. They aim to advance the Ethereum ecosystem by increasing transaction speeds, enhancing privacy protection, and scalability.

In-depth analysis of how multi-virtual machine (Multi-VM) architecture becomes the best solution to solve the scalability and performance bottlenecks of blockchain, and explore how Mango Network uses OPStack technology and MoveVM to build an efficient blockchain network that supports cross-chain communication. It also analyzes the technical advantages and market positioning of Mango Network, providing comprehensive analysis and insights for readers interested in blockchain technology, DeFi and cross-chain interoperability.